Polarizer stencil mask: The present disclosure relates to a stencil mask and a method for defining patterns on substrates, suitable for fabrication of nanoscale devices, semiconductor devices, biological applications, flexible electronics or photonics.

Michaela Eichinger; Thomas Kanne; Tobias Skov Særkjær; Morten Kjaergaard; Peter Krogstrup

Polarizer stencil mask: The present disclosure relates to a stencil mask and a method for defining patterns on substrates, suitable for fabrication of nanoscale devices, semiconductor devices, biological applications, flexible electronics or photonics.

Michaela Eichinger^* (Opfinder)
, Thomas Kanne (Opfinder)
, Tobias Skov Særkjær (Opfinder)
, Morten Kjaergaard (Opfinder)
, Peter Krogstrup (Opfinder)

^*Corresponding author af dette arbejde

Publikation: Patent

Originalsprog	Engelsk
Patentnummer	P6493PC00
Land/Område	Danmark
Status	Afsendt - aug. 2023

Citationsformater

Eichinger, M., Kanne, T., Særkjær, T. S., Kjaergaard, M., & Krogstrup, P. (2023). Polarizer stencil mask: The present disclosure relates to a stencil mask and a method for defining patterns on substrates, suitable for fabrication of nanoscale devices, semiconductor devices, biological applications, flexible electronics or photonics.. Manuskript afsendt til publicering. (Patentnummer P6493PC00).

Polarizer stencil mask: The present disclosure relates to a stencil mask and a method for defining patterns on substrates, suitable for fabrication of nanoscale devices, semiconductor devices, biological applications, flexible electronics or photonics. / Eichinger, Michaela (Opfinder); Kanne, Thomas (Opfinder); Særkjær, Tobias Skov (Opfinder) et al.
Patentnummer: P6493PC00.

Publikation: Patent

Eichinger, Michaela (Opfinder) ; Kanne, Thomas (Opfinder) ; Særkjær, Tobias Skov (Opfinder) et al. / Polarizer stencil mask : The present disclosure relates to a stencil mask and a method for defining patterns on substrates, suitable for fabrication of nanoscale devices, semiconductor devices, biological applications, flexible electronics or photonics. Patentnummer: P6493PC00.

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AU - Kjaergaard, Morten

AU - Krogstrup, Peter

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